We are seeking! Newsletter Editor

We are currently looking for a person to lead the preparation of newsletters for the 3DForEcoTech COST Action (four per year).

This role will largely involve requesting, compiling and editing articles. A commercial company will be responsible for the design and dissemination. This editorial role is an excellent opportunity to become involved in all the activities of our COST Action and to network with a membership across Europe. We particularly encourage early-career researchers to apply.

Please send a short CV and motivation (max. half page) to 3dforecotech@gmail.com and markus.eichhorn@ucc.ie by 14 March.

Looking forward to hearing from you!

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Here we are publishing presentation and posters that were presented at international conferneces around the world and are directly linked to the 3DForEcoTech COST Action. Silvilaser 2025, Quebec city, Canada Silvilaser 2025, Quebec city, Canada 2nd GEOBENCH Workshop Silvilaser 2023 BES Annual Meeting 2023

Open data and databses created or co-created within the 3DForEcoTech COST Action TreeAI Global Database The TreeAI Global Database is an international effort led by Dr. Mirela Beloiu Schwenke (ETH Zürich) to build the world’s most comprehensive collection of high-resolution aerial imagery and expert-annotated individual trees. The project brings together ecologists, remote-sensing scientists, and AI...

3DforEcoTech is launching calls for Virtual mobilities. Below are specific projects that should take 2-3 weeks of work, and you will receive 1,500 euros. For these grants, no travelling is expected. The call opens on September 5th, 2025. The call will close when candidates are found, so it will be on a first-come, first-served basis....

In the summer of 2024, LiDAR data were collected in young pine plantations in the Ourense province in northwest Spain using handheld mobile scanners (HMLS) and terrestrial laser scanners (TLS). In the field, 20 trees were measured, successively felled, dried and weighed. The STSM/virtual mobility we propose represents the preliminary step in developing models for...

Aim & Objectives Precision forestry is an approach to forest management that leverages advanced technologies to enhance decision-making processes and optimize forest operations. LiDAR technologies enable detailed measurements of tree height, canopy density, stem diameter, and even understory vegetation, allowing for a more precise understanding of forest composition and health. By capturing data at a...